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Explore The Universe Is Flat… But NOT What You Think! Sufitramp & Vyom with 291,103 views, 3,401 likes, and 416 comments. Experience the impact of this video content that has captured audience attention.

Hyderabad, Bangalore, Delhi: 10th, 11th and 24th Oct! tickets: https://in.bookmyshow.com/events/illusions-a-storytelling-show-by-sufiyan-alam/ET00501406 What is the actual shape of the Universe? Is the Universe flat, spherical, or infinite? And if scientists say that the Universe is “flat,” does that mean the Universe is literally shaped like a giant flat sheet? Not necessarily. In this video, we explore one of the most fascinating questions in modern cosmology: What is the shape and size of the Universe? When physicists say that space is “flat,” they are talking about the geometry of space, particularly its curvature. But geometry and topology are not the same thing. A universe can have zero spatial curvature and still have a surprisingly complicated global shape. This is where topology enters the picture. We will explore how the large-scale structure of the Universe can be understood through the three major possibilities for spatial geometry: 1. Positive curvature — spherical/closed Universe 2. Zero curvature — flat Universe 3. Negative curvature — hyperbolic/open Universe But even after determining that the Universe is extremely close to geometrically flat, another question remains: What is the topology of that flat space? Could the Universe be infinite? Could it be finite but have no boundary? Could space wrap around itself like a video-game world, where travelling far enough in one direction could eventually bring you back to where you started? This leads us to fascinating possibilities such as the 3-torus (3-torus topology) and other possible compact topologies. Imagine a two-dimensional video-game world where you move beyond the right edge of the screen and appear on the left. Now extend that idea into three dimensions. The resulting space can be locally flat while having a finite, connected global topology. So when we ask: “Is the Universe flat?” we have to be much more precise. Flatness tells us about the curvature of space. Topology tells us about the global connectivity and structure of space. And these are two different questions. In this video, we also explore the difference between the observable Universe and the entire Universe. The observable Universe has a finite size because light has only had a limited amount of time to reach us since the early Universe. We can observe galaxies billions of light-years away, but that does not necessarily mean that the entire Universe ends there. The observable Universe is therefore not automatically the same thing as the entire Universe. The real Universe could be much larger than the observable Universe — potentially enormously larger — or even infinite. We will also discuss the cosmic horizon, expansion of the Universe, the Big Bang, cosmic microwave background (CMB), general relativity, spacetime, spatial curvature, cosmological geometry, and what observations tell us about the large-scale structure of the cosmos. One of the most fascinating parts of modern cosmology is that we are trying to determine the shape of something that we can never simply step outside and look at. So how do scientists figure it out? By studying the Universe itself. The distribution of galaxies. The cosmic microwave background. The geometry of triangles across enormous cosmic distances. The expansion history of the Universe. And the subtle patterns left behind from the early Universe. This raises an even bigger question: If the Universe is flat, does that mean it is infinite? The answer is: not necessarily. And that’s where the distinction between geometry and topology becomes incredibly important. In this video, we go beyond the popular idea that the Universe is simply “flat” and explore what scientists actually mean when they use that word. From Einstein’s theory of General Relativity to modern cosmology, from curved spacetime to the topology of the cosmos, we explore one of the biggest questions humanity can ask: What is the Universe actually shaped like? And perhaps even more importantly: How big is the Universe? ⸻ The Universe may be far stranger than our everyday intuition allows us to imagine. Because “flat” doesn’t necessarily mean simple. And “finite” doesn’t necessarily mean that the Universe has an edge. Welcome to the strange geometry and topology of our Universe. #Universe #Cosmology #Astronomy #Physics #Space #Astrophysics #UniverseShape #ObservableUniverse #BigBang #GeneralRelativity #Topology #Geometry #Spacetime #QuantumPhysics #TheoreticalPhysics #Science #SpaceTime #CosmicMicrowaveBackground #CMB #FlatUniverse #InfiniteUniverse #3Torus #CurvedSpace #ModernCosmology #ScienceExplained

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